uhryniuk
10040e6985
Adds MapConnectivityState, a shared tracker of tile-fetch outcomes (cache miss + network failure) that flips every map into an animated skeleton after 3 consecutive failures and recovers on a single success -- either an ordinary fetch succeeding, or (once TileLayer has been fully unmounted in skeleton mode) a periodic single-tile probe every 15s. Detected at the fetch level rather than via an OS connectivity API, since a captive portal or degraded connection can report "online" while every real fetch times out. SkeletonMapLayer reuses the Stitch exports' 40px grid-overlay treatment with a shimmer sweep, replacing TileLayer entirely (never fetching underneath its own placeholder) while markers/polylines keep rendering since they come from local data. RideMap and the route planner's independent FlutterMap both wire this in via a plain skeletonMode bool. Moved the tile-source constants into a new tiles/tile_config.dart so the connectivity probe (in the app-layer composition root) doesn't need to import from ui/ to build its request URL. Verified end-to-end on a real emulator: cut network, cleared the tile cache, confirmed the skeleton renders after real fetch failures, then confirmed automatic recovery within one probe interval once network returned -- not just via the widget/unit tests that also cover this. Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_012Xki7YAcc2TiN2PRZJ2tXr
Rippr
A GPS ride recorder for motorcycles, on Android and iOS. Records telemetry into a local SQLite database, renders the traversed path on a map afterwards, and exports to GPX/GeoJSON.
Built for one specific use: hit start, put the phone in a pocket, ride, hit stop. Most of the design follows from that.
This is a Flutter port of the native Android app in ~/dojo/rippr (v1 → v2.0.1). The port
is feature-complete; see docs/port/PARITY-AUDIT.md for
exactly what is verified and what is not.
Flutter 3.47 · Dart 3.13 Android minSdk 26 · iOS 12+
~4,600 lines Dart 175 tests (171 unit/widget, 4 integration)
Status
| Feature | Status |
|---|---|
| GPS recording, foreground on Android / background mode on iOS | Implemented; not yet ridden |
| Trips with pause / resume / stop / discard | Working, 50 tests |
| Live speed + elapsed clock | Working |
| Path on OpenStreetMap, per-segment, speed-coloured | Working; colouring unverifiable without a real ride |
| Ride statistics + charts | Working; bit-identical to the Kotlin original |
| Rename / delete / merge rides | Working |
| GPX + GeoJSON export | Working; byte-identical to the Kotlin original |
| Upload to a REST endpoint | Implemented, no UI (as in the native app) |
| Notification actions (Pause/Resume in the shade) | Absent — the one capability lost |
| Live map while recording · group ride | Deferred to v3 |
The port has never recorded a real ride. No simulator produces velocity, so max speed, moving time, speed colouring, elevation against real GPS error, battery, and iOS stationary suspension are all unverified. That is docs/port/REAL-RIDE-CHECKLIST.md, and it is the next thing that should happen.
Quick start
Requires JDK 17–21 for Android (AGP rejects 25) and Xcode for iOS.
flutter pub get
dart run build_runner build # Drift codegen
flutter analyze && flutter test
flutter test integration_test -d <device-id>
flutter run
Watch the disk. A full dual-platform build cycle costs roughly 10 GB, and the Android
emulator needs 7.4 GB free just to boot. Run flutter clean before booting it.
Cross-language parity
The strongest guarantee in this repo. It compiles the real Kotlin sources from the native app and diffs them against the Dart port across twenty fixtures:
brew install kotlin
JAVA_HOME=<jdk-21> ./tool/parity/run.sh
Everything matches to the last digit — including the elevation accumulator at
38.959594555022136 and byte-identical GPX/GeoJSON. The single expected difference is
speed-derived values, where Kotlin's 32-bit Float widens with artefacts Dart's uniform
double does not reproduce.
Documentation
| Document | Contents |
|---|---|
| docs/ARCHITECTURE.md | Why it is built this way, and what changed from the native app |
| docs/v3/ | v3 tickets — one file per feature, ready to pick up |
| docs/BACKLOG.md | The v3/v4 reasoning behind those tickets |
| docs/LAUNCH.md | Getting from "on my phone" to the app stores, in stages, with costs |
| docs/port/IOS-VERIFICATION.md | What a Mac can prove about the iPhone build, and what cannot |
| docs/port/PLAN.md | The 28-task migration plan |
| docs/port/PROGRESS.md | What actually happened, including every bug found |
| docs/port/PARITY-AUDIT.md | Feature-by-feature, with the evidence behind each claim |
| docs/port/REAL-RIDE-CHECKLIST.md | The outstanding work |
| docs/port/RELEASE-IOS.md | App Review readiness |
| docs/PORT_RESEARCH.md | The original research this plan was built on |
The native repo's docs/v1/, docs/v2/ and docs/v3/BACKLOG.md remain the record of how
the app got here and where it is going.
Two bugs this port found in the native app
Crash recovery measured the dead time as distance. restoreAfterProcessDeath says it
resumes into a new segment; it actually adopts the segment a crash left open, so the
authoritative recomputation measures straight through the gap. Reproduced at 111 km of
phantom distance. Fixed here.
The elevation regression guard passes on seed luck. On a shared fixture the algorithm
yields ~39 m, which would fail the native test's own 35 m bound. It passes only because
kotlin.random.Random(42) happens to draw a benign sequence.
Before shipping
- Switch the application id from
com.rippr.portback tocom.rippr. The suffix exists so the native app can be installed alongside during the port — keep it until the real ride comparison is done. - Replace the default Flutter app icon; the native artwork is in
~/dojo/rippr/design/. - Build and test a release build. Everything so far has been debug.